Research

Deforming Elastic Solids in Contact - an application showing the use of distance fields in simulation
Deformed Distance Fields - a fast, new, adaptive method of computing estimations of penetration depth
Hair Simulation Levels of Detail - using simulation levels of detail to model hair
Simulation Levels of Detail - simplifying particle system dynamics

Ward, K., Lin, M., Lee, J., Fisher, S. and Macri, D. Modeling Hair Using Level-of-Detail Representations. Proceedings of Computer Animation 2003, 7-9 May, 2003.

Ward, K., Fisher, S., and Lin, M. Simplified Representations for Modeling Hair. UNC Technical Report #TR02-020, 2002.

Hirota, G., Fisher, S., Lee, C., State, A., and Fuchs, H. An Implicit Finite Element Method for Elastic Solids in Contact. IEEE Int. Conf. on Computer Animation 2001, N.Magnenat-Thalmann(eds.) H.-S.Ko (ed.), Seoul, Korea, November 2001.

O'Brien, D., Fisher, S., and Lin, M. Automatic Simplification of Particle System Dynamics. IEEE Int. Conf. on Computer Animation 2001, N.Magnenat-Thalmann(eds.) H.-S.Ko (ed.), Seoul, Korea, November 2001.

Fisher, S. and Lin, M. Fast Penetration Depth Estimation for Elastic Bodies Using Deformed Distance Fields. IEEE/RSJ International Conference on Intelligent Robots and Systems 2001, IROS 2001, Maui, Hawaii (October 2001).

Fisher, S. and Lin, M. Deformed Distance Fields for Simulation of Non-Penetrating Flexible Bodies. CAS 2001, Eurographics Workshop on Computer Animation and Simulation 2001. M. Magnenat-Thalmann & D. Thalmann (eds)., Manchester, UK, September 2, 2001.

Hirota, G., Fisher, S., and State, A. Simulation of Deforming Elastic Solids in Contact. To be presented as a Siggraph Sketch at SIGGRAPH 2001.

Hirota, G., Fisher, S. and Lin, M. Simulation of Non-penetrating Elastic Bodies Using Distance Fields. UNC Technical Report TR00-018, 2000.

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